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Mirrors are used in resonators, beam delivery paths and many more applications. Depending on the task, you might need to have as high as 99.99% of reflection, where sputtering coatings should be used. On the other hand, ...
... applications. Aspheric and parabolic mirrors are fabricated from aluminum or copper substrates and can be produced in sizes up to 12 inches (300 mm) with virtually any aspheric profile including both ...
Research Electro-Optics
Excelitas offers a range of copper high reflectors designed for use with high-power CO2 lasers to enable beam delivery and beam shaping. These laser mirrors offer a combination of high reflectivity >99.7% ...
Research Electro-Optics
... machines, one or several mirrors are used to forward the laser beam from the cavity to the working head. Usually, each mirror deflects the laser beam at an angle of 90°, corresponding to an angle of incidence ...
Ophir Optronics
... diameter can be increased by using a telescope consisting of two mirrors one with a convex surface and the other with a concave surface. Such telescopic mirrors are usually made of copper.
Ophir Optronics
Mirrors or total reflectors are used in laser cavities as rear reflectors and fold mirrors, and externally as beam benders in beam delivery systems. Silicon is the most commonly used mirror ...
II-VI INFRARED
Mirrors, made from copper substrates, will withstand extremely high laser powers and industrial environments, providing diffraction limited focusing when properly mounted and aligned. Copper ...
II-VI INFRARED
... focusing mirror with an axicon focusing optic. Typically, ZnSe lenses with a conical term are used to create a ring focus. The ring-focus off-axis parabola eliminates the transmissive optic by combining the axicon with ...
II-VI INFRARED
... provide off-axis Parabolic Mirrors with different surface roughness, coatings and off-axis angle specifications. Customized Parabolic Mirror is available upon request. Focal Length Tolerance: ±1% Substrate: ...
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